3FOOD
TIR-CG_Luxembourg-Final-Report_Long-Version TIR-CG_Luxembourg-Final-Report_Long-Version
Third Industrial Revolution Consulting Group 6 Educational 6.1 Promote a collaborative innovative network (COIN) platform for farmers on how to take advantage of smart farming and precision agriculture technologies. A COIN enables leveraging both local experience and expertise on a range of topics relevant to addressing specific farmers’ questions, as well as accessing insights, applied research results, accumulated evidence and experience from professionals in the Greater Region and beyond. A COIN also provides multiple advantages over periodic classroom sessions or presentation events, including the capacity for posting queries 24/7 to a broader audience of experts, to retrieve the accumulated knowledge already shared and stored on the COIN, to access multiple learning formats (text, spreadsheets, calculators, research reports, slide presentations, audio and video clips, MOOCs, open source courses, network contacts, etc). 6.2 Adopt an educational learning experience by providing each student with a square meter of land to nurture her/his own biological textbook during the course of the school semesters until graduating. Gardening is at once a personal and peer collaborative experience. The process of growing ensembles of seeds into thriving gardens involves natural feedback dynamics. Students exploring and exchanging perceptions about variations in results instill a feel for the experimental processes of science: the consequences of watering too much or too little; differences in soil texture, pH levels, and nutrient content; the effects of shaded vs. sunny exposures; the applications of STEM knowledge (science, technology, engineering and mathematics); the process of composting wastes into soil amendment; as well providing students with an awareness of the range of scientific disciplines and research fields such as botany, entomology, beekeeping, pollination, climatology, microbiology, mycology, and ecology; substantially enriching their understanding and know-how of composting, soil mulching, plant grafting, seed saving and other hands-on activities. By the time they leave school, youth will have become betterinformed citizens regarding food, land and agriculture issues, while having deepened their competences and broadened their horizons on a range of future opportunities, from engaging in recreational hobbies to vocational pursuit as master horticulturalists, research scientists, or professional agriculturalists. 6.3 Expand educational opportunities and access to resources on smart agriculture applied research for students pursuing vocational tracts and related professions. Include field research initiatives with farmers and involvement in farm operations, in addition to class instruction and online courses. 198
Third Industrial Revolution Consulting Group 6.4 Provide in class, online, and in field training sessions to upgrade and enhance the skills and competences of professional farmers to enable them to take advantage of intelligent agriculture techniques and technologies. These include robotics, computer-based imaging, GPS technology, drones, climate forecasting, technological solutions, environmental controls and more. To make the best use of all these new and expanding technologies, it is essential to provide a series of ongoing trainings for farmers and farm managers to sustain productive, healthy farms. 7 Research, Development & Innovation 7.1 Increase the engagement of farmers and farm managers in applied research with research institutes to field test practical intelligent agriculture tools and technologies. Farmers are reluctant to change methods and adopt new technologies without clear evidence of their cost-effective practicability and minimal risk. Sharing experimental results and best practices can help identify challenges and opportunities and assist farmers in learning about the myriad of new smart technologies that can increase aggregate efficiencies and productivity while reducing marginal costs and ecological footprint. 7.2 Increase funding support for RDI applied research on organic farming methods that could be seamlessly integrated into farm operations. Seek out funding opportunities from EU initiatives that encompass how to detoxify soils, streams, and groundwater in making the transition to organic farming. 7.3 Commission a University-led inventory mapping of the opportunities for increasing soil and vegetation carbon levels of Luxembourg’s forests and farmlands. Inventory mapping of carbon levels can provide a baseline for assessing both the current health and productivity of the nation’s soils and vegetative landscape, as well as remaining opportunities for further enhancing carbon storage. Part of the inventory exercise should consider placement of soil smart sensor networks for gathering and monitoring data over longer time frames. 7.4 Implement experiments on Luxembourg fields to determine local economic values and benefits from the Ecosystem Services accruing as a result of a shift to organic farming methods. Determine the increased benefits of ecosystem services such as biological control of pests, as well as nitrogen mineralization, among others. 199
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Third Industrial Revolution Consulting Group<br />
6 Educational<br />
6.1 Promote a collaborative innovative network (COIN) platform for farmers on how to take<br />
advantage of smart farming and precision agriculture technologies. A COIN enables<br />
leveraging both local experience and expertise on a range of topics relevant to addressing<br />
specific farmers’ questions, as well as accessing insights, applied research results,<br />
accumulated evidence and experience from professionals in the Greater Region and<br />
beyond. A COIN also provides multiple advantages over periodic classroom sessions or<br />
presentation events, including the capacity for posting queries 24/7 to a broader audience<br />
of experts, to retrieve the accumulated knowledge already shared and stored on the COIN,<br />
to access multiple learning formats (text, spreadsheets, calculators, research reports, slide<br />
presentations, audio and video clips, MOOCs, open source courses, network contacts, etc).<br />
6.2 Adopt an educational learning experience by providing each student with a square meter<br />
of land to nurture her/his own biological textbook during the course of the school<br />
semesters until graduating. Gardening is at once a personal and peer collaborative<br />
experience. The process of growing ensembles of seeds into thriving gardens involves<br />
natural feedback dynamics. Students exploring and exchanging perceptions about<br />
variations in results instill a feel for the experimental processes of science: the<br />
consequences of watering too much or too little; differences in soil texture, pH levels, and<br />
nutrient content; the effects of shaded vs. sunny exposures; the applications of STEM<br />
knowledge (science, technology, engineering and mathematics); the process of composting<br />
wastes into soil amendment; as well providing students with an awareness of the range of<br />
scientific disciplines and research fields such as botany, entomology, beekeeping,<br />
pollination, climatology, microbiology, mycology, and ecology; substantially enriching their<br />
understanding and know-how of composting, soil mulching, plant grafting, seed saving and<br />
other hands-on activities. By the time they leave school, youth will have become betterinformed<br />
citizens regarding food, land and agriculture issues, while having deepened their<br />
competences and broadened their horizons on a range of future opportunities, from<br />
engaging in recreational hobbies to vocational pursuit as master horticulturalists, research<br />
scientists, or professional agriculturalists.<br />
6.3 Expand educational opportunities and access to resources on smart agriculture applied<br />
research for students pursuing vocational tracts and related professions. Include field<br />
research initiatives with farmers and involvement in farm operations, in addition to class<br />
instruction and online courses.<br />
198